110 telecommunications-and-signal-processing Postdoctoral positions at University of Washington
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Position Summary The lab of Dr. Augusto Zani in the Department of Surgery at WashU in St. Louis is seeking a Postdoctoral Fellow to join our research team focused on lung regeneration harnessing
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are looking for candidates who bring: Expertise in EEG acquisition, signal processing, and data analysis Proficiency in programming Experience in child development research, especially related to auditory
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scholar to perform research related to lung injury and resolution. The successful candidate will use cell-based and mouse cells/tissue to study macrophage signaling pathways that promote lung injury
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from the ovarian stroma and transform these signals into biochemical signals within the follicle (See Amargant et al., 2020, Aging Cell; Pietroforte et al., 2023 Under review PNAS). 2. How does oocyte
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signaling pathways that promote lung injury resolution. The studies will include using cell culture and organoid models to provide mechanistic insight of murine models of lung injury. We seek candidates with
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have a passion for multidisciplinary research and (i) expertise in EEG acquisition, signal processing and data analysis (ii) experience coding, preferably with Python (iii
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the next generation of molecular assays and point of care collection devices. We are seeking a scientist who is self-motivated, well organized, and experienced working with biological samples. The ideal
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to regulate metabolism. We are interested in how these EV-mediated signals contribute to pathology in obesity and diabetes with the hope that we can harness this information to treat human disease. Job
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Position Summary Responsible for developing and applying workflows to analyze organic contaminants like pesticides, pharmaceuticals, and disinfection by-products that have been accumulated on point
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between chromatin regulation and immune signaling in response to environmental stimuli. Exploring the role of chromatin-associated factors that cooperate with histone variants and identify potential small